-transparent.png){kind=logo}
Postprandial hemodynamic changes were studied in healthy subjects at rest and during exercise in the upright position with and without autonomic blockade of the heart. At rest cardiac output increased 61% mostly because of a stroke volume increase accomplished by left ventricular end-diastolic dilation. These changes seemed to be dependent on the autonomic nervous system, whereas the postprandial heart rate increase did not. During exercise cardiac output was 23% higher after food intake due to a rise in both stroke volume and heart rate. These changes were apparently under influence of the autonomic nervous system, whereas left ventricular dilation was not. The present findings indicate that most of the postprandial changes in the central circulation are under control of the autonomic nervous system.
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
August 1987,
Journal of applied physiology (Bethesda, Md. : 1985),
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
June 2005,
European journal of applied physiology,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
June 1968,
Circulation,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
January 1966,
Bollettino della Societa italiana di cardiologia,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
January 1972,
Circulation,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
October 1969,
Arquivos brasileiros de cardiologia,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
January 1987,
Journal of cardiovascular pharmacology,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
March 1970,
American heart journal,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
January 1974,
Acta medica Scandinavica,
H Kelbaek, and
O Munck, and
N J Christensen, and
J Godtfredsen
January 1997,
Przeglad lekarski,
